@ARTICLE{TBA, 

TITLE={[FORTHCOMING] The low-carbon industrial process through the prism of sustainable system engineering}, 
  
AUTHOR={Jean-Pierre Micaëlli, }, 
	
JOURNAL={Technology and Innovation}, 
	
VOLUME={}, 

NUMBER={Forthcoming papers}, 
	
YEAR={2025}, 

URL={https://www.openscience.fr/The-low-carbon-industrial-process-through-the-prism-of-sustainable-system}, 
	
DOI={TBA}, 
	
ISSN={2399-8571}, 
	
ABSTRACT={This paper will address the issue of the Decarbonized Industrial Process (DIP) by adopting a systemic technological style. The DIP will be considered as an artificial system interacting with the earth’s natural, the social system and the technical systems. Designing the DIP involves engineering it as a system, and implementing the rules of Sustainable Systems Engineering (SSE). SSE provides concepts, methods and modeling techniques for clarifying the context, the requirements and the architecture of the DIP of interest, and framing the embodiment design of new solutions. An illustration will be given in the case of a highly carbon dioxide-producing process, namely clinkerization. However, our proposal is subject to significant limitations. We do not yet have any feedback on DIPs’ concrete implementation, and SSE remains an engineer-centric framework that cannot include key contributions from the natural sciences and the social sciences.}}